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One of the possible options for carbon footprint reduction in ammonia production is energy intensification of the natural gas reformer furnace.This paper addresses how process modeling and simulation concepts can be combined with proven methods such as min. energy consumption anal. and heat exchanger networks to identify and optimize the main bottlenecks in natural gas reformer furnaces.The main outcome is finding the best possible reconstruction options for natural gas savings and related CO₂ reductionThe applied method delivered an overall reduction of natural gas of 834 m³ h^-1 or 0.51 GJ with accompanying carbon footprint reduction of 0.026 t CO₂ per ton of NH₃ produced.A large part of EU's ammonia producers will be able to reach net zero emissions by 2050 by following the policy initiatives of the "Green Deal" thanks to this case study.In addition, it provides the basis for the further execution of other possible non-conventional retrofit measures.

Operating experiences with an integrated selective catalytic reduction system (SCR) operating with submerged combustion vaporizers (SCV) at a North American base load LNG vaporization facility

Author: Hawkins, David

The integrated submerged combustion vaporizer (SCV) and selective catalytic reduction (SCR) system was demonstrated to be a viable solution to lower NO_x emission from industrial gas burners.The dirty flue gas was treated with aqueous ammonia under the action of a suitable catalyst to reduce the NO_x to N₂.

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